自动化系统在应急备用地下水源地中的应用与优化
Application and Optimization of Automation System in Emergency Standby Underground Water Source
靳海波 1周宁 1郭宏佳1
作者信息
- 1. 北京市京密引水管理处,北京 101400
- 折叠
摘要
某应急备用地下水源地位于北方某市山区,采用水源群井抽取地下水,通过联络管线向自来水厂供水.水源地现有的自动化系统能在一定程度上实现远程控制和可视化管理,但仍存在网络链接不稳定、智慧化水平不高等问题.为此,文章结合实际应用情况,提出优化思路,建议在该水源地进行数字孪生建设,开展供水安全监测、水资源监测和运行维护监测,建立供水调度模型,优化运行方式,提高水源地井群的自动化水平和管理水平,增强供水调度的可靠性和稳定性.
Abstract
An emergency standby underground water source is located in the mountainous area of a city in the north.The groundwater is extracted from the water source group wells and supplied to the waterworks through the contact pipeline.The existing automation system of water source can realize remote control and visual management to a certain extent,but there are still problems such as unstable network links and low level of intelligence.Therefore,combined with the actual application,this paper puts forward the optimization idea.It is suggested to carry out digital twin construction in the water source area,carry out water supply safety monitoring,water resources monitoring and operation and maintenance monitoring,establish water supply scheduling model,optimize operation mode,improve the automation level and management level of water source well group,and enhance the reliability and stability of water supply scheduling.
关键词
应急备用水源地/自动化控制/数字孪生Key words
emergency reserve water source/automation control/digital twin引用本文复制引用
出版年
2024
NETL
NSTL
万方数据